A Model for Determining the Optimal Location of Your WiFi Transmitter
Versandkostenfrei!
Versandfertig in 1-2 Wochen
33,99 €
inkl. MwSt.
PAYBACK Punkte
17 °P sammeln!
The knowledge of the optimal number of the base station is the most important object when designing wireless communication systems; this ensures a quality of service. In W-LANs, a minimum of three Access Points can cover a given physical area with no co-channel interference. With this condition, increasing the number of users that can access, a given Access Point in a given coverage area remains a challenge, but also adding an Access Point due to the changing in the environment to existing W-LANs remains a critical challenge. While Stochastic geometry seemed to be particularly appropriate for ...
The knowledge of the optimal number of the base station is the most important object when designing wireless communication systems; this ensures a quality of service. In W-LANs, a minimum of three Access Points can cover a given physical area with no co-channel interference. With this condition, increasing the number of users that can access, a given Access Point in a given coverage area remains a challenge, but also adding an Access Point due to the changing in the environment to existing W-LANs remains a critical challenge. While Stochastic geometry seemed to be particularly appropriate for Modeling wireless communication networks of large-scale networks, in this research spatial (stochastic geometry) analysis is applied in a small network (W-LAN) for determining the locating points of an Access Point in a probabilistic way, particularly in a hotspot environment. To achieve the above objective, the stochastic models which were applied in Multi-hop network were first examined by applying them in W-LANs. After testing in three different areas, the Models were designed and adjusted so that they can be applied in WLANs. The application of the model in W-LANs gives good results.
Andere Kunden interessierten sich für
